Fischer Martin J.

Martin J. Fischer

Information about the author Martin J. Fischer will soon be added to the site.
Found 8 papers in total
An algorithm to compute the waiting time distribution for the M/G/1 queue
An algorithm to compute the waiting time distribution for the M/G/1 queue
2004
In many modern applications of queueing theory, the classical assumption of...
The circuit-switched network design and analysis model: A chronology of its development and use
The circuit-switched network design and analysis model: A chronology of its development and use
2002
The Defense Information System Agency (DISA) has managerial and engineering...
Computation of steady-state probabilities for resource-sharing call-center queueing systems
Computation of steady-state probabilities for resource-sharing call-center queueing systems
2001
Two routing rules for a queueing system of two stations are considered as alternative...
Internet-type queues with power-tailed interarrival times and computational methods for their analysis
Internet-type queues with power-tailed interarrival times and computational methods for their analysis
2000
Internet traffic flows have often been characterized as having power-tailed...
An interpolation approximation for expected wait in a time-limited polling system
An interpolation approximation for expected wait in a time-limited polling system
2000
We consider the problem of determining the expected waiting time of arrivals at a...
Approximating by enhanced interpolation in queueing analyses
Approximating by enhanced interpolation in queueing analyses
1998
Queueing theorists have long made productive use of major concepts from applied...
Workload and waiting time in a fixed-time loop system
Workload and waiting time in a fixed-time loop system
1997
Loop systems arise in many computer, communication, production, and similar stochastic...
Heterogeneous multitrunking queueing systems with thresholds
Heterogeneous multitrunking queueing systems with thresholds
1991
Queueing systems with multiple servers are commonly used to model telecommunications...
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